It may also be noted that some adjacent nodes appear to be redundant, so that for example N6 and N7 may be electrically equivalent (having the same voltage, depending on the open/closed state of SW3), as are nodes N16 and N23. In some exemplary embodiments, nodes N7 and N23 may indicate physical points of electrical connection (via a plug, port, or other physical plug/outlet) between a physically separate reconfigurable H-bridge converter (RH-BC) module 320 and a current flow control (CFC) module 375.3 which may be on a physically separate circuit board. In alternative embodiments, all the component elements of an A-PS 300, including RH-BC module 320 and CFC module 375.3, may be mounted on a single, common physical circuit board or other single physical mounting structure (in which case nodes N7 and N23 may not be present). Circuit nodes N24 through N32 do not, strictly speaking, define any additional points of connection or branching. Circuit nodes N24 through N32 are included for convenience in identifying certain circuit points as may be useful either in this detailed disclosure (for example, for identifying the endpoints of some components), or in the appended claims, or potentially in the course of prosecution of this application.

Elements for Adaptable Current Routing and Adaptable Voltage-Sourcing/Current-Sourcing: In an embodiment of the present system and method, exemplary A-PS 300 includes nine-electrical current flow switches and/or electrical contactors 350, labelled in FIG. 3A as SW1-SW9 and SW14-SW16, along with two inductors 355 labelled in FIG. 3A as L1 and L2.